Investigate Midwest (https://investigatemidwest.org/tag/university-of-illinois/)
Researchers from the University of Illinois and U.S. Department of Agriculture Agricultural Research Service report in the journal Science that crops engineered with a photorespiratory shortcut are 40 percent more productive in real-world agronomic conditions.
While taxpayer money doesn’t technically go to pay the coaches’ actual salary lines, taxpayer money does pay for the salary packages for most every UI coach, trainer, and full-time athletic department staff member. That’s because UI athletic department employees are UI employees, so they receive the same “standard university benefits” as all other UI employees.
And benefits for UI employees – health, dental, etc. – are paid for by the state of Illinois. In other words, the taxpayers.
The weather that led to the below-average conditions could be a preview of future climate conditions, according to a new study from the University of Illinois.
Since 2000, the percentage of genetically engineered corn planted in the United States has grown from 25 percent to 92 percent in 2016. But unless yields increase significantly, experts say the world will not be able to grow enough food to feed itself by 2050, with food shortages anticipated as soon as 2030.
The new 10-year agreement, announced by the UI this week, will supply the Urbana campus with 25,000 MWh of energy, about 8.6 percent of the total generation from the Rail Splitter Wind Farm.
A solution to world hunger may come through increasing the efficiency of one of nature’s most basic functions: photosynthesis.
The negative effects of climate change on Illinois soybean farmers will likely be greater and come sooner than originally thought, new research at the University of Illinois has found.
On Sept. 12, the Institute for Sustainability, Energy and the Environment at the University of Illinois held its annual iSEE Congress at the Alice Campbell Alumni Center. The conference focused on how to improve energy efficiency and renewable energy to meet future energy needs. Here are six takeaways.
July was the hottest month in recorded history. And continued increases in temperature and a shift in rain patterns could mean a 15 percent yield loss in the next five to 25 years and up to a 73 average yield loss by the end of the next century if farming patterns don’t change significantly, University of Illinois finance professors Don Fullerton and Julian Reif laid out in a report released from the Institute of Government and Public Affairs last year.